C # (pronounced “C Sharp”) is a programming language developed by Microsoft.
It was introduced in 2002 as version 1.0 in Microsoft’s .NET Framework. Since then, C # has gone through many revisions, which happen with every .NET update.
Today, it is one of the very popular programming languages used to create Windows programs and web applications.
C # is a derivative of the C programming language. It is very similar to C ++. While it uses some basic operators like C ++, it is also object-oriented, case sensitive, and the same syntax is often found in it.
But still, there are many differences between C # and C ++. Let us understand them with examples.
1. Arrays in C ++ are called pointers, while in C #, these are objects that have methods and properties.
2. It does not recognize the bool (boolean) data type as an integer like in C ++.
3. The keywords typedef, extern, and static all have different meanings in C #, completely different in C ++.
4. C # switch statements do not support fall-through from one case to another.
5. Global methods and variables are not supported in C #, whereas they are done in C ++.
Most importantly, C # is specially designed for Microsoft’s .NET Framework. Therefore, it allows developers to use all the features offered by the .NET API.
But it also means that C # applications can only run in platforms that support .NET runtimes, such as Windows, Windows Server, and Windows Phone.
At the same time, you want to run programs written in C # on one of their other platforms; then, in such a way, these codes have to be compiled using a conversion tool such as Microsoft .NET Native.
NOTE The name “C #” originates from the musical note “C♯,” which indicates that this step-up took place from the original version of C. This ♯ symbol is also made up of four-plus signs, implying that C # is more advanced than C ++.
Cable management means that the connector cables are organized properly with the electrical device.
This includes power cables, network cables, audio/video cables, and many types of cables. Managing these cables properly is an important aspect of a clean and safe house or workplace. This makes things seem well-received, and there is less fear of accidents arising out of the wrong connection.
Electrical devices always require multiple cables. For example, a desktop computer requires a power cord, Ethernet cable, and many USB cables to connect peripheral devices with it.
Whereas a home theater system requires multiple power cables, along with A / V cables, HDMI, and analog audio connections. If so many cables of a device are not collected properly, they can become a very big mess.
There are many benefits of cable management:
- It provides a clean workspace or living area.
- This makes it easy to add and remove devices and cables.
- This protects cables from their crimping or loss.
- At the same time, this disconnecting also prevents the unexpectedly occurring problem.
- At the same time, the interference between the cables is very less, which is very important for working.
- Cable management can be a very easy task in which some cables have to be tied together through adjustable cable clips. This type of cable management is mostly used in a home computer setup.
In some places, using a cable sleeve or a cable cover under a desk can prevent many cables from getting tangled in one place.
At the same time, cable management can also become a very complex process. For example, network engineers have to simultaneously manage hundreds of network cables in a single server rack.
Here these cables connect with power outlets and network switches. In this type of organization, you should come to choose all the cable lengths and do correct cable management sleeves to install and remove cables easily.
Cable management is an important part of any electronic setup despite its so much application. Using some simple cable management accessories, such as cable ties and cable sleeves, you can easily tie a bunch of cables into a clean and organized space.